Our Achievements
At a depth of 900 metres off the coast of Brest, LINEUP OCEAN is contributing to a pioneering scientific operation aimed at studying the potential of eco-designed solutions for restoring deep-sea ecosystems.
This experiment, conducted in the Thau Lagoon, combines biomimetic innovation, ecological restoration and participatory science around a module designed to support the return of oysters and local biodiversity.
This experiment, conducted in the port of Marseillan-Plage, transforms a traditional anchoring system into a multifunctional ecological structure, combining maritime marking, operational robustness and support for local biodiversity.
This experiment, conducted in Balaruc-les-Bains, transforms the piles of an existing pontoon into functional micro-reefs using 3D spacers designed to create habitats, support local biodiversity and test new geometries under real-world conditions.
This study, conducted for Pays de l’Or Agglomération and the Entente du Golfe d’Aigues-Mortes, uses multi-scale hydrosedimentary modelling to assess the long-term performance and effectiveness limits of existing coastal structures in the face of climate change.
The FISHWIND project is developing innovative solutions in collaboration with professional fishers and scientific and technical partners to reconcile small-scale fisheries, offshore wind energy and the preservation of Mediterranean biodiversity.
The BIOMIM’4SHORE project aims to make Palavas-les-Flots a pilot area for deploying hybrid nature-based solutions that support coastal resilience, ecological restoration and local maritime activities.
The EXP’EAU project aims to create an underwater ecomuseum in La Grande-Motte, combining ecological restoration, heritage promotion and ecotourism, with the ambition of developing a model that can be replicated in other coastal towns.
The SURFREEF project aims to design and test, in Palavas-les-Flots, a bio-inspired, permeable and reversible solution combining coastal erosion protection, biodiversity restoration and the development of sustainable coastal uses.
The experimental EMBRUNS project aims to design a bespoke solution capable of reducing the impact of waves and sea spray on a coastal railway line, while preserving the natural functioning of the environment.
The ACROPORA project led to the development of biomimetic solutions designed for tropical and subtropical environments, capable of reducing the impacts of waves and coastal flooding while supporting coral reef restoration and local biodiversity.
The BLUE LIVING REEF project investigates, at Nausicaá, the interactions between marine species and a biomimetic Linehouse© module, in order to assess its ecological performance while combining scientific research with public awareness.